Parabelts

Parabelts are a type of conveyor belt that utilize magnetic forces to transport materials. They are characterized by the use of two or more parallel magnetic strips or rollers embedded within the belt. These magnets create a magnetic field that interacts with ferrous materials or magnetic carriers placed on the belt. This interaction allows the belt to hold and move objects, even on inclines or in vertical orientations, without the need for traditional cleats or other physical gripping mechanisms.

The application of parabelts is diverse, ranging from food processing and packaging to metal handling and manufacturing. In the food industry, they are useful for transporting delicate items that could be damaged by conventional belts. Their ability to move products uphill or downhill makes them suitable for applications where elevation changes are necessary. In metalworking, parabelts can efficiently move scrap metal or finished parts. The magnetic force can be adjusted depending on the weight and type of material being conveyed. This adjustability and the smooth, continuous movement offered by parabelts contribute to their efficiency and versatility in various industrial settings.